Poultry Farming in Nigeria: The Real Break-Even Math New Entrants Get Wrong

Last Updated: July 2026

Poultry farming in Nigeria can generate strong sales while still producing a loss. The reason is simple: many new farmers calculate revenue from the number of chicks purchased, but income comes from the birds that survive, reach market weight, and sell at the expected price.

A realistic poultry farm break-even calculation includes feed, day-old chicks, mortality, medication, labour, electricity, transport, litter, housing costs, and the time between one production cycle and the next. It also separates profit per cycle from annual profit.

The Central Bank of Nigeria describes poultry as one of the country’s most commercialised agricultural subsectors, with major activity in broilers, layers, eggs, hatcheries, feed, and processing. However, sector size does not remove the financial risks created by feed-price changes, disease, weak sales planning, or poor records for poultry businesses.

What Break-Even Means in Poultry Farming

Break-even is the point at which total sales revenue equals total production cost.

At break-even:

• The farm has no accounting profit.
• The farm has no accounting loss.
• The owner’s unpaid labour may still be economically valuable but is not automatically recorded as cash expenditure.
• Loan interest, depreciation, and business taxes may change the final result.

The basic formula is:

[ \text{Break-even selling price per bird} = \frac{\text{Total cycle cost}}{\text{Number of birds sold}} ]

For a broiler farm, the number of birds sold is not the number of birds stocked. If you stock 1,000 chicks and 8% die, the saleable population is approximately:

[ 1,000 \times (1 - 0.08) = 920 \text{ birds} ]

Using 1,000 birds in the revenue calculation would overstate expected income by 80 birds.

Three break-even figures to calculate

A poultry business can have three different break-even measures:

1. Break-even price: the minimum price per bird or tray of eggs required to cover cost.
2. Break-even quantity: the number of birds or egg trays required to cover fixed and variable costs.
3. Annual break-even: the sales required after considering the number of actual cycles, downtime, and annual overhead.

These figures answer different questions. A farm may break even on each broiler cycle but still fail to cover annual rent, repairs, and salaries if the farm operates for only part of the year.

Why Feed Takes 65–70% of Spending

Feed is usually the largest recurring cost in poultry farming. The Poultry Association of Nigeria stated in 2026 that feed represented about 65% to 70% of poultry farmers’ input costs. The same report placed layer feed at approximately ₦15,000–₦17,000 per 25-kilogram bag and broiler feed at approximately ₦20,000–₦22,000 per 25-kilogram bag at the time of reporting.

That converts to these indicative feed prices:

These are market indications, not fixed national prices. Feed prices vary by state, brand, distance from the mill, ingredient availability, exchange-rate effects, and whether the farmer buys directly or through a retailer.

The National Bureau of Statistics collects food prices across all 774 local government areas and the Federal Capital Territory through more than 10,000 respondents and locations; its monthly price-watch system illustrates why a national average cannot replace a farm-specific quotation.

The feed calculation

Use this formula:

[ \text{Total feed cost} = \text{Birds stocked} \times \text{Feed consumed per bird} \times \text{Price per kg} ]

For example, assume:

• 1,000 broiler chicks stocked.
• Expected feed consumption of 4.2 kg per stocked bird.
• Feed price of ₦850 per kg.

[ 1,000 \times 4.2 \times ₦850 = ₦3,570,000 ]

The calculation uses birds stocked rather than birds sold because surviving birds are not the only birds that consume feed. Birds that die after eating feed still create a cost.

A common mistake is to use the manufacturer’s feed estimate without allowing for wastage, spillage, heat stress, poor feeders, theft, or birds that remain longer because the market price is temporarily weak. A small feed wastage percentage can materially change the result on a 1,000-bird farm.

Mortality Changes the Entire Calculation

Mortality is not only a veterinary issue. It is a financial variable.

When a bird dies, the farmer may lose:

• The cost of the chick.
• Feed already consumed.
• Medication and vaccination costs already incurred.
• Labour and electricity attached to that bird.
• The expected sales revenue.

The financial effect can be estimated as:

[ \text{Mortality loss per dead bird} = \text{Feed consumed before death}

• \text{Chick cost}
• \text{Allocated operating cost}
• \text{Expected contribution margin} ]

Mortality example

Assume a farm stocks 1,000 broilers at ₦1,700 per chick and records 8% mortality.

If the farm instead records 3% mortality, it sells 970 birds. At a selling price of ₦6,500 per bird, the revenue difference is:

[ (970 - 920) \times ₦6,500 = ₦325,000 ]

That ₦325,000 difference exists before considering the feed and treatment costs associated with the additional birds.

Mortality assumptions need a clear basis. A spreadsheet showing 2% mortality is not necessarily more accurate than one showing 8%. The relevant figure depends on breed, vaccination programme, brooding, stocking density, water quality, ventilation, weather, disease exposure, staff routines, and the farm’s previous records.

The Broiler Break-Even Formula

A practical broiler model can be written as:

[ \text{Total cost} = \text{Chicks}

• \text{Feed}
• \text{Vaccines and drugs}
• \text{Labour}
• \text{Power and water}
• \text{Litter}
• \text{Transport}
• \text{Marketing}
• \text{Fixed-cost allocation} ]

Then:

[ \text{Profit} = (\text{Birds sold} \times \text{Price per bird})

• \text{Total cost} ]

A more detailed model can calculate revenue by live weight:

[ \text{Revenue} = \text{Birds sold} \times \text{Average live weight} \times \text{Price per kg} ]

The per-bird model is useful where customers buy whole birds at an agreed price. The per-kilogram model is useful where weight differs significantly across the flock or buyers pay according to weight.

Worked Example: 1,000 Broilers

The following example is an educational model, not a quotation for every Nigerian farm.

Assumptions

• Chicks stocked: 1,000.
• Day-old chick price: ₦1,700.
• Mortality: 8%.
• Birds sold: 920.
• Average live weight: 2.0 kg.
• Selling price: ₦6,500 per bird.
• Feed consumption: 4.2 kg per stocked bird.
• Feed price: ₦850 per kg.

Estimated cost

Estimated revenue

[ 920 \times ₦6,500 = ₦5,980,000 ]

Estimated result

[ ₦5,980,000 - ₦6,570,000 = -₦590,000 ]

Under these assumptions, the cycle records an estimated loss of ₦590,000.

The break-even selling price is:

[ \frac{₦6,570,000}{920} = ₦7,141.30 ]

The farm therefore needs an average selling price of approximately ₦7,142 per bird to cover the listed costs.

This example shows why “I bought 1,000 birds and sold them at ₦6,500 each” is incomplete. The correct revenue figure uses 920 birds, while the feed calculation includes feed consumed by the entire flock.

Feed Percentage: What the Number Includes

The statement that feed represents 65%–70% of spending needs a defined denominator.

If the calculation includes building construction, land, cages, borehole installation, generator purchase, and equipment, feed may represent less than 65% of total start-up expenditure.

If the calculation covers recurring operating expenses after the building already exists, feed may represent 65%–70% or more.

For example:

Feed’s share is:

[ \frac{₦3,570,000}{₦6,270,000} \times 100 = 56.9% ]

If chick costs and other costs are lower, feed’s percentage rises. If the calculation includes depreciation or building construction, its percentage falls. The useful practice is to state exactly what is included rather than repeating a percentage without a denominator.

The Two-Cycle-a-Year Trap

The phrase “two cycles a year” can create two different errors.

Error one: undercounting broiler output

Broilers are commonly raised for several weeks before sale. A 6–8-week growing period does not automatically produce a clean six or eight-week business cycle because the farm also needs time for:

• Selling and removing birds.
• Washing and disinfecting the poultry house.
• Replacing litter.
• Repairing equipment.
• Restocking.
• Managing delayed chick deliveries.
• Waiting for a suitable market.

A farm that runs only two broiler cycles annually may leave housing, labour, and equipment idle for long periods. That does not automatically make two cycles wrong, but the annual model needs to show the unused capacity and the reason for the downtime.

Error two: confusing broilers with layers

A layer operation does not generally work like a sequence of short broiler batches. Pullets require a growing period before laying, after which the flock produces eggs over an extended laying period. Revenue comes from egg sales, spent layers, and sometimes manure, while costs continue through feed, labour, medication, lighting, water, packaging, and distribution.

A layer break-even model therefore uses:

[ \text{Break-even price per egg} = \frac{\text{Daily flock cost}}{\text{Saleable eggs per day}} ]

For example, if 900 layers consume 105 kg of feed daily at ₦650 per kg:

[ 105 \times ₦650 = ₦68,250 ]

If the flock produces 720 saleable eggs daily, feed cost per egg is:

[ \frac{₦68,250}{720} = ₦94.79 ]

That is only the feed component. Labour, medication, cartons, water, electricity, mortality, transport, and other costs still need to be added.

Annualising the Break-Even Result

A cycle profit is not the same as annual profit.

Use:

[ \text{Annual profit} = (\text{Profit per cycle} \times \text{Completed cycles})

• \text{Annual overhead not included in cycle cost} ]

Assume a model produces ₦400,000 profit per completed broiler cycle, but the farm completes four cycles:

[ ₦400,000 \times 4 = ₦1,600,000 ]

If annual rent, repairs, accounting, security, and equipment replacement total ₦900,000, annual operating surplus before tax and financing is:

[ ₦1,600,000 - ₦900,000 = ₦700,000 ]

Using two cycles instead of four would produce an annual surplus of only ₦(800,000 − 900,000) = −₦100,000, even though the per-cycle model is profitable. The reverse problem also occurs: assuming four cycles when disease, cash shortages, or market delays allow only two exaggerates annual income.

Tax and Record-Keeping Points

Nigeria’s tax treatment changed with the Nigeria Tax Act, 2025. Section 163(1)(p) provides an exemption for income generated by companies engaged in qualifying agricultural businesses, including livestock, for the first five years after commencement, subject to the Act’s conditions and definitions. The Nigeria Tax Act distinguishes primary livestock production, such as live poultry and fresh eggs, from processed or manufactured derivative products.

This is different from saying that every person connected to poultry farming pays no tax. Business structure, commencement date, type of activity, processing, employment, turnover, and filing obligations affect the analysis.

A poultry operator’s records can include:

• Number of chicks purchased and supplier invoices.
• Daily mortality register.
• Feed received, used, and remaining.
• Vaccination and medication records.
• Sales by customer, date, number of birds, weight, and price.
• Labour, transport, power, water, and repair expenses.
• Assets such as cages, generators, drinkers, feeders, and buildings.
• Bank and mobile-money records.

Section 9 of the former Companies Income Tax Act charged tax on company profits, while Section 11 addressed interest on qualifying loans to companies engaged in primary agricultural production. The current Nigeria Tax Act, 2025 applies from its effective date, so businesses preparing returns need the current law and implementation guidance rather than relying on an old CITA summary.

Use a Farm Break-Even Calculator

A poultry farm startup break-even calculator can make the calculation easier by allowing you to change:

• Flock size.
• Chick price.
• Mortality percentage.
• Feed quantity per bird.
• Feed price per kilogram.
• Selling price.
• Average market weight.
• Labour and utility costs.
• Number of cycles per year.
• Fixed-cost allocation.

The Poultry Farm Startup Break-Even Calculator is useful for testing different assumptions before entering them into a budget. A Farm Budget Template can then be used to record actual spending against the original estimate.

The value of a calculator is not the single number it produces. Its value is showing how the result changes when mortality moves from 5% to 8%, feed rises by ₦100 per kilogram, or the selling price falls by ₦500 per bird.

A Practical Break-Even Checklist

Before treating a poultry projection as complete, check whether it includes:

1. Birds sold rather than birds stocked.
2. Feed consumed by dead birds.
3. A stated mortality assumption.
4. Feed wastage and spillage.
5. The difference between live weight and dressed weight.
6. Selling price by customer type and market channel.
7. Transport, packaging, and market fees.
8. Labour and the owner’s time.
9. Generator fuel, water, and electricity.
10. Housing, equipment, depreciation, and repairs.
11. Downtime between cycles.
12. The number of cycles that can realistically be completed.
13. Tax, loan interest, and record-keeping requirements.
14. A cash reserve for delayed sales or unexpected mortality.

Conclusion

The real break-even point in Nigerian poultry farming depends on saleable birds, feed efficiency, mortality, market weight, local selling price, fixed costs, and completed cycles. A calculation based only on chick price and expected sales can make a loss appear profitable.

Use current quotations from your state, record actual flock performance, and update the model after each cycle. The Nigeria Tax Act, 2025 also makes accurate business records relevant when assessing agricultural income and eligibility for applicable tax treatment.

This article is for educational purposes only and does not constitute professional advice. Consult a qualified professional for your specific situation.